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about sustainable use of ecosystems in coastal and marine areas. In particular, you will contribute to developing the national knowledge base on environmental effects of offshore renewable energy
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of disciplines in plant science reaching from cell biology to ecophysiology and from basic research to industrial applications. Our common goal is to understand the plants’ ability to grow, adapt and
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food production. The project will focus on developing functional models for a better understanding of the interplay between the host building and the RTG, including energy analysis, developing data
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of disciplines in plant science reaching from cell biology to ecophysiology and from basic research to industrial applications. Our common goal is to understand the plants’ ability to grow, adapt and
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agrivoltaic parks. The purpose of the modelling is e.g. to study machine performance, different logistics solutions, costs, soil compaction, energy demand and greenhouse gas emissions for both conventional and
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personnel responsibility. The research area shall include developing existing (e.g. cell and tissue engineering as well as genetic engineering including gene editing) as well as new plant biotechnology
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systems of wood and infiltration inside cell walls in all three dimensions down to nano-meter resolution. It is thus needed to develop an advanced analytical methodology for multi-modal, multi-scale and